Postdoctoral Associate in Metabolism & Experimental Biology

Job description Position Summary The position is responsible for designing, executing, and interpreting laboratory-based research on cancer metabolism and molecular mechanisms of tumor progression, integrating functional genomics, metabolic profiling, and experimental biology. Job Responsibilities • Designs and conducts independent laboratory experiments to investigate cancer metabolism and disease progression. • Partners with principal investigators and multidisciplinary research teams to co-develop study designs and define experimental approaches aligned with research objectives. • Performs and optimizes molecular and cellular techniques, including CRISPR-Cas9 gene editing and cell-based assays. • Conducts biochemical and functional assays, including enzyme activity and metabolic pathway analyses. • Performs and supports in vivo studies in mouse models, ensuring compliance with institutional, ethical, and regulatory standards. • Analyzes and interprets experimental data and contributes to study outcomes. • Prepares reports, figures, and scientific manuscripts; writes and publishes findings in peer-reviewed journals. • Presents research results in internal meetings and external scientific conferences. • Provides guidance and support to others within the team and student community as required. • Maintains accurate and organized laboratory records and documentation. • Reviews scientific literature to inform experimental design and identify areas for improvement. • Performs other related duties as assigned. Skills Education and Experience PhD in Cancer Biology, Biochemistry, Molecular Biology, or a related field, with relevant post-qualification experience. Knowledge, Skills and Abilities • Strong background in cancer research preferably cancer metabolism or biochemical pathways. • Extensive knowledge of molecular and cellular techniques, including CRISPR-Cas9 gene editing, cell culture, functional and biochemical assays, enzyme activity analysis, and ex vivo studies (e.g. mice models). • Working knowledge of metabolomics or multi-omics approaches, with understanding of mitochondrial metabolism, redox biology, or related pathways is an advantage. • Strong ability to connect experimental results with underlying biological mechanisms. • Strong communication and interpersonal skills, with the ability to collaborate with multidisciplinary teams. • Proficient in Microsoft Office Suite (Word, Excel, PowerPoint, Outlook; R or similar tools is an advantage).